Articles scientifiques d'intérêt : Différence entre versions
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| + | https://browse.arxiv.org/abs/2307.10637 | ||
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| + | Violation of C/CP Symmetry Induced by a Scalar Field Emerging from a Two-Brane Universe: A Gateway to Baryogenesis and Dark Matter | ||
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| + | Michael Sarrazin, Coraline Stasser | ||
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| + | A model of baryogenesis is introduced where our usual visible Universe is a 3-brane coevolving with a hidden 3-brane in a multidimensional bulk. The visible matter and antimatter sectors are naturally coupled with the hidden matter and antimatter sectors, breaking the C/CP invariance and leading to baryogenesis occurring after the quark-gluon era. The issue of leptogenesis is also discussed. The symmetry breaking spontaneously occurs in relation to the presence of an extra scalar field supported by the U(1)⊗U(1) gauge group, which extends the conventional electromagnetic gauge field in the two-brane universe. Scalar waves also emerge as potential dark matter candidates and a means of constraining the model. | ||
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| + | https://browse.arxiv.org/abs/2304.07243 | ||
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| + | Late baryogenesis in a two-brane universe with a latent C/CP violation | ||
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| + | Authors: Michael Sarrazin, Coraline Stasser | ||
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| + | Abstract: We introduce a toy model of baryogenesis where our usual visible Universe is a 3-brane coevolving with a hidden 3-brane in a multidimensional bulk, in an ekpyrotic-like approach. The visible matter and antimatter sectors are coupled with the hidden matter and antimatter sectors, breaking the C/CP invariance and leading to baryogenesis occurring after the quark-gluon era. The issue of leptogenesis… ▽ More | ||
| + | Submitted 4 November, 2023; v1 submitted 14 April, 2023; originally announced April 2023. | ||
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| + | Comments: The authors have withdrawn the paper (arXiv:2304.07243) because it has been merged with another complementary paper (arXiv:2307.10637) to enhance consistency and clarity. The full paper is now available under arXiv:2307.10637 as a result of this merger | ||
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Version du 4 février 2024 à 11:04
Nous pouvons répertorier sur cette page les articles scientifiques en lien (même ténus) avec l'affaire Ummo et qui nous permettent de mieux comprendre les affirmations Oummaines
==Mémoire de titane (XANMOO)
Vidéo tout à fait passionnante sur le sujet par "ItsBS_YouTube" : https://www.youtube.com/watch?v=ALbw-N9lE8U
Mathématiques
Effet tunnel
https://browse.arxiv.org/abs/2307.10637
Violation of C/CP Symmetry Induced by a Scalar Field Emerging from a Two-Brane Universe: A Gateway to Baryogenesis and Dark Matter
Michael Sarrazin, Coraline Stasser
A model of baryogenesis is introduced where our usual visible Universe is a 3-brane coevolving with a hidden 3-brane in a multidimensional bulk. The visible matter and antimatter sectors are naturally coupled with the hidden matter and antimatter sectors, breaking the C/CP invariance and leading to baryogenesis occurring after the quark-gluon era. The issue of leptogenesis is also discussed. The symmetry breaking spontaneously occurs in relation to the presence of an extra scalar field supported by the U(1)⊗U(1) gauge group, which extends the conventional electromagnetic gauge field in the two-brane universe. Scalar waves also emerge as potential dark matter candidates and a means of constraining the model.
https://browse.arxiv.org/abs/2304.07243
Late baryogenesis in a two-brane universe with a latent C/CP violation
Authors: Michael Sarrazin, Coraline Stasser
Abstract: We introduce a toy model of baryogenesis where our usual visible Universe is a 3-brane coevolving with a hidden 3-brane in a multidimensional bulk, in an ekpyrotic-like approach. The visible matter and antimatter sectors are coupled with the hidden matter and antimatter sectors, breaking the C/CP invariance and leading to baryogenesis occurring after the quark-gluon era. The issue of leptogenesis… ▽ More Submitted 4 November, 2023; v1 submitted 14 April, 2023; originally announced April 2023.
Comments: The authors have withdrawn the paper (arXiv:2304.07243) because it has been merged with another complementary paper (arXiv:2307.10637) to enhance consistency and clarity. The full paper is now available under arXiv:2307.10637 as a result of this merger
